Equipment and spare partsBrowse manufacturers Search by manufacturerEQUIPTOP HITECH
Select an EQUIPTOP ECG CNC cylindrical grinder around the workpiece diameter, length, mass and drawing requirements. We also handle component enquiries for the wheelhead, workhead, tailstock and feeds.
Compare the families and send your task details. Replacement components are identified against the actual machine configuration.
The cylindrical-grinder catalogue contains ECG-2740CNC, ECG-2760CNC, ECG-2780CNC, ECG-3540CNC and ECG-3580CNC. Selection starts with the workpiece shape and support method. Provide a drawing, material, mass and the surfaces to be ground.
Retain the complete CNC model designation in an enquiry for either equipment or an existing-machine component.
The ECG-2740CNC table gives a maximum grinding diameter of 270 mm, 400 mm between centres and a maximum workpiece mass of 120 kg. Add the actual ground lengths, stock allowance and workholding details to a machine enquiry.
For spares, include the serial number and the component reference from the machine documentation.
The published values for ECG-3580CNC are a maximum grinding diameter of 350 mm, 800 mm between centres and a maximum workpiece mass of 150 kg. A longer workpiece also needs a defined support and locating arrangement.
Compare the complete machining task rather than choosing only by the largest permitted diameter.
ECG-2760CNC, ECG-2780CNC and ECG-3540CNC are listed alongside the two models detailed here. Identify the exact execution in your request and include its documentation.
Specifications from a neighbouring model do not identify the required machine or replacement part, particularly for long screws, table components, guards and mounting arrangements.
For a spindle or wheelhead component, provide the assembly drawing and photographs of the installed unit. Define whether the scope includes the drive, flange and cooling connections.
Describe vibration or temperature behaviour as observations; they help frame a technical enquiry but do not by themselves identify which component requires replacement.
The ECG-2740CNC and ECG-3580CNC tables list workhead spindle speeds of 10–600 rpm and an MT4 centre taper. For a motor, transmission or mounting-part request, add the installed markings and a photograph of the connection to the workhead.
Include the workholding arrangement when discussing a complete machine configuration.
Both checked model tables specify an MT4 tailstock taper and a sleeve travel of 30 mm. A spare-part enquiry still requires the component dimensions, housing and mounting details.
Describe any change in workpiece position or clamping behaviour separately, and identify whether the request concerns the sleeve, centre, housing or complete tailstock.
The ECG-2740CNC and ECG-3580CNC tables show a 405 mm wheel diameter, 32–50 mm width and 152.4 mm bore, with an optional wheel configuration listed separately. Check the installed wheel and flange before ordering.
Include the workpiece material and surface requirement when the enquiry covers grinding consumables as well as mechanical components.
Identify the axis and record the complete motor, drive, feedback-device and coupling markings. Positioning problems can involve several components. Send the displayed fault code and the conditions under which it appears.
A cable enquiry additionally needs both connector ends and its installed length, including the relevant route through the machine.
A locating diagram and a photograph from the service side help identify table-related components. State whether the item is a fixing, swivel mechanism, guard or movement assembly.
For equipment selection, include the most demanding representative workpiece, its centre holes, support points and ground lengths, rather than only an overall envelope.
Name the circuit served by the component: spindle cooling and coolant delivery to the grinding zone are different requests. Photograph the pump or unit identification and connections.
Define the scope as a complete unit, pump, filter element or sensor, and provide the relevant electrical and mounting information for the installed configuration.
Provide diameter, roundness and surface-finish requirements as shown on the drawing, together with material, heat treatment and stock allowance. These form the basis of the technical enquiry.
Axis setting resolution is not a statement of achieved part accuracy; the proposed configuration should be discussed against the intended workpiece and measurement method.
Send a representative drawing with the surfaces and operations to be completed on the proposed machine clearly marked. Include the workpiece material, condition before machining and the dimensions of the incoming blank.
If several parts share the same process, provide the largest, heaviest and most demanding examples rather than only the easiest component.
Describe the batch size and the way work reaches the machine. A single-piece repair task and a recurring production batch have different loading and operating needs. State whether the enquiry concerns a new operation, replacement of an existing machine or additional capacity.
If current equipment provides a useful reference, include its model and the limitations you want to address.
The part drawing is only one part of the working envelope. Add the vice, magnetic chuck, fixture plate, clamps, centres or other locating equipment used by the proposed process. Show the intended orientation and any access restrictions.
Calculate the relevant load using the workpiece and the equipment carried with it, with units stated consistently.
Record the dimensions needed for loading, tool approach and unloading as well as the nominal machining travel. If existing fixtures must be reused, include their mounting details and photographs. Explain which dimensions are fixed by your process and which can be changed during configuration.
This keeps a useful production requirement separate from an assumption about a particular machine.
Separate essential functions from preferred options in the enquiry. Essential functions come from the part, operation and drawing requirements. Additional items can concern loading, the control arrangement, workholding, filtration, coolant management or tooling.
List these explicitly so that different proposed configurations can be compared against the same technical brief and the same expected scope of supply.
For an existing EQUIPTOP machine, record the complete model, serial number and year shown on the nameplate. Preserve suffixes such as CNC or APC. Include changes made during earlier repairs or upgrades, particularly for controls, drives and auxiliary units.
The installed markings and the appropriate machine documents help identify the configuration that actually requires support.
List the tools, holders, wheels, fixtures and consumables needed for the intended operation separately from the base machine. Give dimensions, material and mounting details where available. If an item already exists at your facility, identify whether it must be reused or is only a reference.
This avoids treating an optional accessory as part of every machine package.
A spare-part line should contain the machine model, component name, part number, quantity and the related photograph or drawing reference. An item number on an illustration is not necessarily a purchase part number: include the linked parts table.
For a complete assembly, list the associated components that must be included so the quotation can be checked against your maintenance request.
Photograph the whole assembly and then its identification, connections and mounting points. Record fit dimensions with units instead of relying on a picture alone. Electrical components need their own nameplates and connector details; mechanical items need the relevant shafts, holes and interfaces.
A marked assembly drawing can explain the location more clearly than a long written description.
Describe a fault as an observation: what stops, under which operating conditions and what the display reports. Keep a suspected replacement part separate from that observation. Include previous component changes and modifications.
For an intermittent issue, a short description of the sequence helps frame the request; a symptom alone does not establish the correct replacement component.
Provide the destination and the practical constraints for placing the machine: access dimensions, unloading arrangements, available floor area and relevant utility information. State the documents required by your receiving process.
These details should be discussed together with the machine configuration rather than added after a technical specification has already been compared or accepted internally.
Identify the representative part and the measurements that will be used to assess the intended process. Keep drawing tolerances, surface requirements and production expectations explicit.
Before agreeing a supply scope, compare model designations, accessories, component quantities and any proposed differences line by line. Retain the agreed specification for receiving and installation checks at your facility.
Stock, price, lead time, origin, dealer status, certification and compatibility are not stated without checking the specific item. The proposed configuration and supply terms are confirmed during quotation. Catalogue values must be checked against the documentation for the required execution.
Attach a part drawing or machine documentation, specify quantity and destination, and leave a contact for our reply.
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